Polyoxymethylene (POM)

Universal material with perfect machinability
Filter
Shopping Options
Material
Material additive
Abbreviated material designation
Color
Working temperature range
Conformity
Diameter
Length
Shopping Options
Material
Material additive
Abbreviated material designation
Color
Working temperature range
Conformity
Diameter
Length
9 products / 154 articles
View as Grid List

9 Items

Set Descending Direction
  1. 02320201 POM-C round bar natural (white)
    POM-C round bar natural (white)
    Number of articles in this product: 35
  2. 02320211 POM-C round bar black
    POM-C round bar black
    Number of articles in this product: 35
  3. 02320271 POM-C round bar blue
    POM-C round bar blue
    Number of articles in this product: 13
  4. 01193515 POM-C polished h9 round bar natural (white)
    POM-C polished h9 round bar natural (white)
    Number of articles in this product: 18
  5. 01193525 POM-C polished h9 round bar black
    POM-C polished h9 round bar black
    Number of articles in this product: 18
  6. 01193540 POM-C EC round bar black
    POM-C EC round bar black
    Number of articles in this product: 4
  7. 01171715 POM-C ED round bar beige
    POM-C ED round bar beige
    Number of articles in this product: 3
  8. 01193527 POM-H round bar natural (white)
    POM-H round bar natural (white)
    Number of articles in this product: 25
  9. 01193550 POM-H SL round bar dark brown
    POM-H SL round bar dark brown
    Number of articles in this product: 3
View as Grid List

9 Items

Set Descending Direction

Material properties of polyoxymethylene (POM)

POM has a combination of high hardness and dimensional stability and yet high impact strength. This plastic has a low friction resistance, moderate Abrasion resistance, excellent resilience, high fatigue strength with alternating stress, good dielectric properties, high dielectric strength, a low dielectric loss factor, good chemical resistance, especially to solvents, and is very resistant to stress cracking. POM is a good, versatile sliding bearing material, which allows high bearing loads due to its mechanical properties. However, it is less wear resistant than e.g. PA or PET-C.

APSOplast® POM-C, natural (white), black, blue

This is the polyacetal copolymer which, compared to POM-H, has a better resistance to hydrolysis, strong alkalis and thermal oxidative degradation.

To the product

APSOplast® POM-H, natural (white), black

The POM homopolymer has higher tensile strength, stiffness, hardness and creep resistance and improved wear resistance compared to POM-C (co-polymer).

To the product